Typographical mold



Sept. 18, 1934. H. J. MEGLEY TYPOGRAPHICAL MOLD 3 Sheets-Sheet 1 Filed Jan. 7, 1933 III/[$5 ZII Inverz for 2czrl Mgglay.

H. J. MEGLEY TYPOGRAPHICAL MOLD Sept. 18, 1934.

Filed Jan. 7. 1933 3 Sheets-Sheet 3 //0 4A! /00 m m4! Jnwnion mold 5 comprises the mold body 6 and a cap member or outer mold part '7. The lower mold part 6 of each mold 5 is secured to the mold wheel 1 by means of screws 8, the usual opening 9 being provided for cooperation with the aligning pin on the mold wheel.

It is to be understood that in actual practice the openings 4 over which molds 5 are not mounted may be provided with molds of existing fixed jaw form so that with the mold wheel 1 provided with two conventional molds and two molds embodying the present invention, the type casting or composing machine is adapted to produce selectively different types of printing slugs. Since thefixed jaw form of mold is old and well known in the art I have not shown these molds in detail but have indicated the same generally by the reference character 10 in Figure l. The fixed jaw mold also has openings corresponding with the openings 9 for accommodating the usual mold disc aligning or locking studs. 1

The moldslOare attached to the front face of the mold wheel 1 by suitable securing means in the form of screws or swiveled bolts (not shown) con- [nected withalugs' 12 on the mold wheel.- It is to be understood that the molds 5 and 10 are interchangeable and maybeattached inany desired relation or combination about the face, of the mold wheel, and that the casting machine may be oper- Eated with molds of. one form on the mold wheel at one time and with molds of the other form thereon at another time, as desired, and also that the machine may be operated with both types of molds in combination and at the same time, as indicated rabove.. It is to be understood that the molds 5 may be,;if1desired, attached to the mold wheel 1 in thesame manner as indicated for the conventional molds 10.

The cap member or outer mold part '7 of the mold 5 is movably mounted with respect to the body part 6. The cap and body parts of the mold carry opposed, casting jaws 14 and 15 which form the opposite sides of the casting cavity. a The faces of these jaws are suitably grooved and formed {to cast a printing slug with the grooves therein forming retention means on the head of the slug for securing it. in atype holder or carrier such as is employed in multigraph machines and the like, and with a weakened portion connecting the head of the slug to the foot or base portion, by virtue of which construction the base portion is separable from the printing head.

The inner or under surface of the cap member? of the mold 5 is recessed at 16 (Figure 4) ing. cavity for the printing slug, which cavity is I designated in its entirety by the reference numeral 20.

The jaw 14 is preferably formed integrally w1th i'the cap or upper mold member, but the lower jaw 151s movably mounted on thebase or body part 6 within an offset or recess 21 formed in the mold body; The movable jaw 151s slidable in therecess or offset portion '21 toward and away from the casting cavity 20.

The upper mold member carrying the jaw 14 is slidable with respect to the mold body 6 to carry the jaw 14 also toward and away from the casting cavity .20. For the purpose of movingthe upper mold member toward and awayfrom the casting cavity this member carries guide arms 23 and 24, one at each of its opposite ends, and these arms 23 and 24 have heads 26 and 27, by means of which the arms are connected to the upper mold part or cap member '7 as by means of dowel pins 29 and screws 30. As best shown in Figure 3, the guide arms 23 and 24 are offset forwardly and are received within grooves or guideways 32 and 33, respectively, formed in the opposite ends of the mold body 6.

One end of the mold body is notched to receive a clip 35 secured therein by a screw 36 and which cooperates with an offset 38 in the inner end of the arm 24 to guide the latter in its movement relative to the mold body 6. The opposite end of the mold body 6 carries a similar clip 39 which cooperates with the recess 40 in the inner end of the arm 23 for the same purpose.

The rearward sides of the inner ends of the guide arms 23 and 24 are notched at 42 and 43, respectively When the cap member Tisassembled in proper position on the mold body the notches 42 and' 43 are disposed at the opposite ends of a groove or channel 44 formed in the rearward surface of the mold body 6 adjacent the lower end of the mold body and parallel with respect to the casting cavity 20.

Disposed within the groove or channel 44 are I a pair of jaw opening and locking members 45 and, 46 and an interposed rod 47 which, upon movement of the member 45 to the right as viewed in Figure 2, imparts a corresponding movement to the member 46 and upon movement of the member 46 to the left, as viewed in Figure 2, im-

parts a corresponding movement to the member 45. The outer end of the member 45 extendsinto the notch 42 and has an inclined surface 48 which cooperates with the inclined upperside 49 of the notch 42. The lower side 50 of the jaw opening and locking member 45 is adapted for cooperation with a locking abutment 51 on the arm 23, and the under side 52 of the head 53 at the outer end of the jaw opening and locking member 46 is adapted for cooperation with a locking abutment 54 on the arm 24. The head 53 of the member 46 has an inclined surface 55 for cooperation with the correspondingly inclined upper surface 56 of the notch 43.

From Figure 2 it will be observed that when the. jaw opening and locking member 45 is shift-- ed to the right as viewed in that figure, the inclined surfaces 48 and 55 will coac't with the inclined surfaces 49 and 56 to impart an upward movement to separate the upper mold part or cap member 7 of the mold from the mold body 6, thus moving the jaw 14, which is integrally formed or secured rigidly to the cap member '7, away from the body member 6 and the opposite jaw 15.

At the same time it is desirable that the movablelower jaw 15 be given a downward displacement to move that jaw also away from the casting cavity 20. Briefly, this is accomplished by motion reversing mechanism interposed between the guide arms 23 and 24 on the outer jaw or cap part 7 and the ends of the lower jaw 15, so that when the outer jaw member is movedupwardly the lower jaw is moved downwardly at the same time. In other words, when the mold is opened both jaws 14 and 15 move away from the casting cavity 20, and when the mold is closed both jaws: move toward the casting cavity. 5 r V The motion reversing .mechanism referred to is similar to that described in my copending apm e spt a a r QfQ il ;b Q1. S.7 h n ere of wh hpr r n h u erendsfia- 1 i; th .J JQ'W ed-extendiforroperation;@Eachnarm 104 has an themselvesheld n position on thebod-y member ;;ing-groo.ve 811s, pro.vid-ed-:as desoribedlabove, and

It comnriwspWoted levers 6Q- jqurna1ed:on studs 61 thr adedzint z h i bo vlm mberefi; at opposite ends at thaloweriiawdt assh wntin Fi ur il. and-.61 il zaro ndedsend 64 0f ea h-rl e r-60. en a s in n tches or. rec sses .67 in thee guide armsfl-Ii and c2}? while th ;.:innen rounded ends; .63 o .th

o tio 2 .sh wsl heiawsi r l sedo p sit o a Fieuresil a tzifii owith laws nn it o {I ee ds o armsfit, andce are. of eq al len th andv a his ounde ior ns-ast r ntwi hith inQ Qhe hearms an fle anda.

in the ndao t elqw w m mben 5- Q;1-.m V b1t;liQ JE EL? is. h d i ce...

; me nhersefi andAG. a {Ihese extensionshave-rear ardly. opening, grooves .103; into :which grooves.

ainst-th lq etesu ia eip thare e 21 by 6 a se swarrants;as'asabaaae.

serve; a p otscf -.t evers;6 I e a and.

. tion: with .2 the inclined snrfaceso105 on the: arms r yr i' q di a rfl5 on ih rhl ksflfi ngage at their rearward ends the ofiset surfaceyof re e 2. a dse ev s peeersw 't -hl c s '73 SQthfi-tbthBflBVQIS-fifl ,will not. be clamped-agains free turning movement i; securing the: blocks ,A 73 inplaceby rneans of the screwsfil.

- By u cr wi a vtw stu sfill. an r ovinee; at the rearwardlends. of. thenotched sides 109; by

theii'oengagementi with the: wires 110; limit outwarddisplaoement of the pins. 106;

the encl-hloclts"73, thewmova ble,iawmay loe removed from the. mold. 5 (while; the latter isin p itio eon th m d wh m r ful closed in my copending .application -serial Noa; 529,362,(filedgApril ll, ;193 1,-, ,In this way. the; ll5tihast thereon apairof pins or operatingabut mol cl amay be arranged. tor different kinds of tri e by s mp pr vidine nu be r r nt r z,

changealolejaws lfi which can be snbstituted one forthe other..without removing the mold 5 from,

-; secured to.tl egrnovabledawelfi. Thesealigning.

"grooyes coopcrate with ,lngs o rlprojections formed on thematri t t n pr perly th matrices.. hth i f. i ents-ch a ers.op siteth castin cavity 29. This; wil be m ac tlv. und r to d numeral .83 indicates the. usual matrix receiving" jaw of a type casting machine and 84 represents a niatrix in proper position with reference to the casting cavity 2D.- As there shown, the projection 86 engages in the-lower groove formedby the ridge on the forward face of the-jaw 15. Generally -the-=1natrices in use today have formed th-ereontwo intagliochar-acters and-I have illus trated-such a-matrix in Figure-4,-where the'reference character 85a:i-ndicates the second'intaglio character. As is well' understood inthe art-the operator may dispose the matrices "in such position uthat either of the characters .85 or. 85amay be opposite the casting space 20. In ordento ac-t.

11d va l- Q th 7 es :9r off- .giS arrangecleto; receiyeethe: proj.ecti0n;.p86 when then-1 i natrixs isin raisedvpositioneto bring its char? iacter..85a.izoppositeizthe; casting 1 cavity. 20. 1;I'he advantages of providing thevaligning.grooves.80

and 31 on .theimovable ;lowen-javnand. making ,these ejawsinterchangcable,particularly the ad-.

vantages-inf ithisuprovision in accommodating;

ctiywith the.printingcharacterspn the custom? rnore. .f.ully; set..out,;.in my copending. applie here. M

;matrices of. different. sizes and positioning the printing. icharacters so that they will align, iex-.

ary;.lmul-tieraph itypecin useat the 'presenttime,

cationaabove. referredto. andewilll-not be repeated.

Althoughv not essential, the :endblocks. 73 .may

have grooves .iormed.-. .thereon corresponding :to

Therearwardly. directed integral lugs '75 on the i blocks; 73 embracetthei pivoted: levers 60. p

The bottomqof thevmoldbodyzfi has a.pair.of

18$.arms .104; integral -With*th8. members. 15 and.-

inclinedfiprwardly :facing'. surface 105, andslid-z ableiin the 1closed.forward.walls of each. of the wz: downward. extensions .101: and 0210f the mold hody an. operating pin 106,:one pin 106 for each of the. members 45 and 46 and each pin having an inclined irearwardend 1G8 for -cooperae. A

.pins...v.-106 .qthe,; z.bottom. sides; of these pins are notched at 1091 (Figures 4 and 5) fromrtheirfmspring -wires.110 secured in placedcy screws 111: .reachinto notches 109:-x.:Thex shoulders formed Fonthe purpose of operating theijaw opening; and,.1Qcking members. 45 and. 16 the. vise frame positionpA. 'This engagement. of the pin 116' vviththaright-hand pin .lodforces this-ipin 106 positively inv a rearward direction, whereuponthe inclined inner. end .108; by its engagementwith r th inclined surface of the adjacent arm 104 sh tsthe; iawropeningand lockingnmemberAG to its leftl1and position :as sh0wn,=in Figure 2.

ward endsup sho1tt...of. their rearwardzends and Theshiftingeof theumember 4:6 is: transmitted 'tlirouglmthe rod: :47 to thememberAS and pro.-.-. by referringto Figure 4 Where the referenee ESs8. D0 d ng1shifting.mflv ento t e jawopening, and locking 3 member:-.. 45. "The movement ofthe memberscfi, 4'7 and-451 is-ialong the bottom of the mold and in a direction-lengthr wise-pf the-.casting-;.cavity. .Thiszmovement of these. parts shifts- "the; surfaces or shoulders .50

and-.52 of themembers 45 and 46 into looking=engagement with the abutments 51 and 54 on the the-eventof any-play-iir the jaw means, the cooperation of the shoulders 120 on the members 45 and 46 with the inclined surfaces 12l' -on the 5 'abutments 51 and- 52 is. such as to take up this play-and assure. complete closed position of thecommodate .-.this aarrangement the second alignj aw means.

upon the engagement of theinclined inner end 108 of this pin with the inclined surface 105 of.

the adjacent arm 104 shifts the jaw opening and locking member positively to the right as viewed in Figure 2. This movement is transmitted through the rod 4'7 to the member 46 to produce corresponding movement in that member. With the jaw means of the mold closed and locked in closed position as shown in Figure 2, this righthand movement of the members 45, 47 and 46 along the bottom of the mold and lengthwise of the casting cavity causes the inclined surfaces 48 and 55, by their cooperation with the inclined surfaces 49 and 56, to move the outer'mold part with its upper jaw 14 positively to open position as shown in Figures 5 and 6. The initial righthand movement of the jaw opening and locking members (Figure 2) releases the locking shoulders 50 and 52 from the locking abutments 51 and 54. The opening movement of the upper mold part with its casting jaw 14 operates through the reversing levers 60to move the lower jaw 15 positively to its lower open position.

For the purpose of locking the lower jaw 15 in its closed position the mold is provided Iwitha pair of pins 125 slidable in the mold body 6 beneath the offset surface of the recess 21. The lower ends of these pins cooperate with the members 45 and 46 and their upper ends cooperate with the bottom of the lower jaw member 15. With the members 45, 47 and 46 shifted to their righthand position to open the jaw members as shown in Figure 5, recesses 126 and 127 in the members 45 and 46 move into position beneath the lower ends of the pins 125 so that these pins may be displaced downwardly into these recesses by the downward opening movement of the jaw 15 into engagement with the bottom 128 of the recess 21. When the members 45 and 46 are shifted in the opposite direction to lock the jaw members closed, the inclined ends 128 and 129 of the re cesses 126 and 127 force the pins 125 upwardly until the lower ends of these pins ride upon the upper surfaces of the members 45 and 46, as shown in Figure 2. In this position these pins 125, by their engagement with the bottom of the jaw member 15, lock this jaw member positively in closed position. 1

From the foregoing it will now be apparent that the locking members 45 and 46 are operable to open positively the jaw members of the mold, and in their locking action operate to take up any play in the jaw members and to assure complete closed position of said members. The parts are operable lengthwise of the casting cavity and the members at both sides are actuated by engagement of one member with a singleabutment at one side, in the casting and ejecting positions of the mold wheel. The locking means is carried by and forms a part of the mold and the disposition of the arms 104 in the downward extensions 101 and 102 enables disposiiton of the operating abutments 116 and 117 outside the normal confines of a standard mold 16 in all positions thereof.

I propose to close the jaws of the mold 5 after the cast slugs have been ejected there-v from, and while the mold wheel 1 is being ro-,

tated with the driving gearsin full driving eragagem'ent to bring the mold from its ejecting position, the'position the mold occupies at the right-hand side of Figure 1 as shownat B, to its castingposition, that shown at the top of Figure 1 at A. Thus the mold jaws are moved to their closed position when the gears are all in full driving engaement and the teeth thereof held tightly against one another, at an appreciable length of time before the mold wheel'comes forward to lock the matrices preceding the casting operation, all as more fully explained in my copending application, Serial No. 529,362, filed -April 11, 1931.

The specific means provided for the purpose of closing the jaws of the molds includes a collar 130 positioned on-one of the vise locking studs 131 on the casting machine itself. The collar 130 maybe held on the stud 131 by'a set screw 132.- Inmachines with which I am familiar this'vise locking stud 131 is, in its upper position'when equipped with a collar 130, which may or may not be rotatable thereon, effective to close the jaws of the mold after the mold leaves its ejecting position and as it is or other mold closing means equivalent thereto should be positioned to operate the mold to close the jaws as the mold is moved from its ejecting position to its casting position. In the particular mold illustrated, the collar 130 on the stud 131 contacts with a suitable cap piece 134 fixedly secured to the movable outer jaw section 7.

Remembering that as the mold reaches the ejecting position the abutment 117 operates, upon the forward movement of the mold wheel in that position, to shift the outer mold part positively upwardly to open position and, through the levers 60, the inner mold jaw downwardly to open position, it will now be noted that as the mold wheel 1 is retracted from the vise frame and turned to move the particular mold from ejecting position, the mold will approach the moldclosing collar 130 which will contact With the rounded outer surface of the cap piece 134 to move the outer movable jaw section inwardly to closed position. This inward movement of the outer jaw will swing the levers 60 and move the "inner jaw 15 upwardly to closed position. And this is accomplished with the mold turning pinion in gear as set, out in my copending application Serial No. 529,362, filed April 11, 1931.

When the mold reaches its casting position the abutment 116 operates in the forward movement of the mold wheel in that position to operate the locking means which takes up any play in the jaw 1n ember and locks these members positively in full closed position. This prevents separation of these members under the force of the injected molten type metal. It will be seen that this locking means is independent of the closing means 130 and that whereasthe closing means 130 is rendered operative by the turning movement of the mold wheel, the locking means is rendered operative by the forward or 50 159' to ,fvorm a relativelv thin lug which is type bar cast in the cavityfil) and when th ,mrzae axial movement of the wheel when the mo1d is n ent oi the jaw rnembers le and without ..in casting-position. hinding t nderthe heat in the casting operation "Wherethe-Ihhld iemounted withingthe eonand withthe liner constructionillustrated and "fines of therim,of.thewmolcl,,wheel ae on/the above deeeribedthie is accomplished without :2 5 Linotypefi casting lmaehine' the rim may be .'[llO YII 1}-3 n 01i 1he line]; longitudinally with reprovided with anradialbore adjacent; the cap ,s pect to either; the up perjor lower meld. parts,-l-L piece 134 for receiving a, pin operatecl by anfas welha s withontmaintainingeither liner yieldidleripinion on the etud 13l,-.a vmoreinlly shown 'ly ir 1 contact with one of the mold parts so uandfldese "ueeinlmy c nendi e epnliceti nnbq n QDf TX- i lon itu inal, me t t liner 1-10 identified. fThe ,outer cap part,134; ie e ch re spect to that rnoldlpartm*SlP fEed and.

in vplace by screws..136 S0 that byzremovingjthe he ingfo rm" f between the liner and the i-i 1 screws thewcap part.-1 34;.n1aynbeiemoyeet long mold pa eh mated and pos eibllo'dgment the line 137 where the mold ietmbemonnted of type metal in such connections is avoided. within the confines ofi/the, ,ri1n oi ,the molchwheel. Each 1 is a e i nple 11nitary,,part,thqlifier at ,15 Thegroove or ,channelefl showlyinliignres pne ene ficient'giveto permit-free 9O 2 and fi es openingrearwai'dlyland exp eing the r2 1 acent'end of 'one ofthe cast- :5 jaw opening andlocking,menibere, itheing unjawe, and e liner atthe other end has slifii --lderstood that when the moldis attachedltq the j cientgive to permit free movement of the admold wheel thiswbackrsurface MOAEignre 4 ,co-. endfof the other caeting jaw.-- merger 520 ,oneratesowith the adjacent, for-Ward. Surface, of to prevent the heads ofthe screws 155' from the mold -wheeh to, ol0se ,theol annel,Ai and L interiering with the action of th e imierx castingaipfa .holdthe p rtain pla e. therein, Instead 0i ari yc; sing end of the liners, the erew's ere lying; upon engagement of.the; sur:fa96s li2, Qithe diSDQ-Sfigijnjhe main body portionsof thel'iners -0u -ter;-m01d lpart organ member {I with thesurjtriththe heade eithe js crew sf atall times 90in- ..t-zilz5ofaces 143 oflthe,ii-mer.pai -t. or. mold b ody 6 to p letelyear of the thin oaetin' g' cavitycloing stop oralimitthe closing; movement, of the? outer l ngfs o f the l in e rs: The openings in these sorews i-ii mo1d .part, the. arms 231,andV2-.4 a e .off e mini 1 ,5 a ezill e rei d; at "W91 f l h 1 shoulders 144 which engage w,ith..rstop pins 145 The uppersuriagesof the liner 5106x5115; and yior; limiting the, closingimoveinent of the onter 153 form continneti onsl-of; the surfacee l43 (of in the stationary portion 14.6 of the ,hodwpart 6, with the surfaces- 142 of then'ppe'f mtm pn-te; was shown in-,.,Eigures 2 and amide the irnthe manner elreedy exblairiedQ-jfh 's irfaces problem of highlyaccurate. maohining 0f thQ.,Sur-- M Z are-ofiSet upwardlj ream the iower' baet'ing --faces: 14:2.and143to etopethe. inwardmOYQ nent face of the ripper iaw mernhen 14' as showifin of theouteizmoldpart; in nroper eloseg position-Figure 2. I and the maintenance ot thes e euriaoes lsothat The inner eidesot the linere 52 and 153 havel-il theboutell mold partwill. always be sto d in .mee th reon j vs' no t its? d a vp properlpositionv, Reference characterj wq in Figbar cast in the cavity 2U-afid for guiqih 's'fich ure .4e designates theiuslla y seolq king htllld l. @Py a t q i i in h il i fih The-ends. of the casting. cavity -2 0 are qlpsedlaw me'znbers '14 and 15 areeeparatedofoperied. winners 152 and 153mm bestshown nflam In th ill s ed eml it t ifififionlli 5,,th e;1iners;. 152., an;1,153 .are. in the ijorm, of ;;this means comprises ailri-hilso' oli'i th'e irinei -ide rectangular blocks rigidly attached, each;.-b5: a ;1 59-qf the liner 152 aridh cofrsfidndifi rf'il'oi-i'81 n-. of :screws 155, to theuppensnrface:156 of on the inner 'side 161' of the' liiien l fil iwiththe the. mold hodyfi at. thelends of the oasti ngo jaw jaw members 1 andfl 5"ineloeed'nositionthese members; 14 ancl,15. The,right hand line ,l52IjbS Y18fl and; ;181 are disposed gent-gang, hetw eerf (Figure 5 i utqr splitdownwardly iromthe the top and bottom of the casting c av'iti and V top. 153,. by. a out;disposedtraneverselvwith extend from the'irontofthisicavity to th'iar ,7 yespect tmthe m ncladiacfint. theinner sur thereof; They fpr'm grooves'in the ends the 6 aw r-lfreed flomthe-mainrb dy il hfil ih l li 1 and 5 MB\ i r fiefi d '1 ticularly along .theiadjacenton right-hendend; theseribs-180 and 181-silliportthe'typ l5a-r in (Figure 5) of the upper jaw 14. Thelefi-hend east position and centrall yhetween' the 'separate liner;blockrl53vfill i l r 5) ut 9; 1 5p ,l p Y --cating jaws; As the ejector bladendbrates? to L: f om. thelbottom at 16i} by; a ,.cut,,disp0se,d t1;anS-- eject the cast type bar from the cavity 20 these '--vers ywi hr p c to th meldandadizt ent the-lribenso and l8llguide the .bar in its ejection ,innerasrufaceqlfil to rform arelatively thiQJH a-irom the cavity. They hold the, barqagainst which is ,-freed.fr0m: h8 m nfibp y qigl hfili stickingr to either jaw. member ,and against/disi blOCki l53,-f. .partioularlyn a1 n ,,;th-..#i i@ n 2-11, o tting oiz bendingasit is ejeotedifnom thevmold.

, go --1eft-*hand r e o er j +Wvmmb L 5MlT e Similar slug-holdingand guiding: ribs are-shown upper end of the cut l5 8 .termin ates short oijhe in mylprior;PatenLNojflfiZfiQQ, patentedMarch atop of the liner block 1152 in-an. enlargedjcylinwdricalwopeningalfie andlthebottom, of the cut' H terminates short of the bottom of the ,-1iner v, block-153 inanenlarged eylindricalopeningl i st ad, of -m e. the i e e hdsoq lthe in w h: r 80 a d; .1, their men he The-inneresides 159 ,and i161 oithe relatively ibs gn th e resp ecfive end gf thei b gas;

e lii w thin linernlugsl..c1os.e; the e oppqsitfl, en s, f; t r; the :Ifioltl ea-3 1w, and, when the casting. cavity 20Aand' he alreadyrnoin ednoli t opened these grooves; wni'sappO cut. 158 freesfithe ecastine tcavitymc oei le d of bare cen r lyl t eh h Qpenealiaweannwm 'zoarthe -linerl-l52 panticularlyialong the adjaoent end gnidejthelsame ejection gf mrhejhbfi; 14:5

' r. of the l0wer iaw, 5,:Wh IEQSN hQ- lt 1601 3 rThepresent invention' nrovides lmo ae ioh" 1 the-c n av tyrclosin uend f-l eli eryhlo r marbeanpl ed i e-@i n lee e tof'ii i 15s,lpartmu ariyl.al ngp heladia ent e q oilt e ,lsiq e r a wi hsmmha e oroiete' fier n' wi upper jaw member 14'. As aresult the; linere eooneratin Sherte oqrnnionly sed on sue ma- 152-and 15.3 :penmit.opening and oloeing ,movechines. The jaw opening and locking actign s ere 15G rmed w theero vesf whi ne oq eeo ll, Qrm 14ecap and lower jaw members so that they may be spread apart relative to each other and providing the liners with grooves, ribs, or equivalent means for supporting the type bar and for guiding it for ejection from the mold, the type bar cast in the mold cavity is freed and separated from the casting surfaces of the jaw members 14 and 1 5 when these jaw members are opened or separated, thereby relieving the type bar of friction or other resistance to ejection from the mold. r

' In'the embodiment of Figures 12 and 13, the cap member or outer mold part 7a is similar to the cap member or outer mold part '7 of the preceding embodiment except that the upper casting jaw 200, the lower surface of which forms the top of the casting cavity, instead of being formed as an integral part of the cap member or outer moldpart 7a is formed separately and removably attached to the mold part 711. It has in its lower surface the ribs and grooves 200 and 201 for forming the desired ribs and grooves in the upper surface of the cast slugs, and the upper surface of the jaw member 200 preferably has a dovetail key or tongue 202 extending longiqtudinally of the casting cavity.

This key or tongue 202 is adapted to slide into a corresponding beveled groove 203 formed in the adjacent bottom portion of the mold part 7a, and the casting jaw 200 is securely held against endwise movement with respect to the mold part 7a by screws or dowel members 204, the heads of which are countersunk in the top of the mold part 7a,

-whereas the shanks extend down through the key 202 and have engagement therein. While dowel pins may be used, these maybe eliminated if a press'fit is provided between the grooved tongue and the mold part 711. The tongue 202 and side walls of groove 203 take allthe stresses upon the casting jaw 200 and support this part rigidly with respect to the mold part 7a, the

screws 204 merely holding the jaw part up tightly in place against the mold part 7a if a press fit is not'provided. It is to be understood that a a square tongue andgroove engagement} maybe provided, if desired, between the jaw 200 and moldpart 7a, with the screws 204 then serving to ,means in closed posit on, and means operable lock the parts together. This removable casting jaw for the upper mold t, part simplifies manufacture and reduces the cost thereof by eliminating thev necessity for milling the desired formation out of a piece of stock'the depth of which is sufficient to provide a casting faceof the desired width. Furthermore, in the 7 event of a mistake or inaccuracy, it is unnecessary to remake the entire cap member and the removable character of the casting jaw efiects a saving in the matter of repairs. Heretofore in case of warping, it has been necessary tomake' an entire new'cap member'or to grind the entire mold with the possibility of making some or all replacement of the entirecap membe'n and the matter of grinding the entiremold is avoided.

m details shown anddescribed, nor to the particuw I do not intend to be limited to the particular 'lar embodiment selected for illustration, and I intend that modifications and changes arecontemplated within the scope of the appended, 7

claims;

I claim:

1. The combination with a mold having jaw means forming a type bar casting cavity, said jaw meanshaving open and closed positions, of

means for positively locking said jaw means in closed position, said locking means being operableto open said jaw means.

2. The combination with a mold having jaw means forming a type bar casting cavity and;

adapted to open and close, of means for open-- ing said jaw means, said opening means being operable to lock positively said jaw means in closed position.

3. The combination with a mold having jaw means forming a type bar casting cavity, said-- jaw means having open and closed positions, of

means on the mold for locking'said jaw means 'positively'in' closed position, said locking means being operable in its locking action to take tlp any play in said jaw means and to assure complete closed position? of said jaw means.

4. Thecombination with a mold havingjaw means forming a type bar casting cavity, said jaw means having open and closed positions, of means on the mold for locking said jaw means in closed position, said locking means being operable in its locking action to take up any play in said jaw means and to assure complete closed position of said jaw means, and means independent of said locking means for closing said jaw means; v

5. The combination with'a mold having jaw means forming a casting cavity, said jaw means having open and closed positions, and locking means 'slidable lengthwise of the mold for lock.- ing said jaw means in closed position.

6. The combination with a mold having jaw means forming a casting cavity, said jaw means having open and closed positions, and locking means slidable lengthwise ofthe mold for locking said jaw means in closed position, said locking means being carried by and forming a part of the mold.

7. The combination with a mold adapted for use, on a mold wheel and in conjunction with a vise frame, said mold having jaw means form- 'ing a. type bar casting cavity, said jaw means having open and'closed positions, means at opposite sides of said mold for locking said jaw bya single abutment, on the vise frame for operating the locking means at opposite sides of the mold. I

8. The combination with a mold having jaw .means forming a type bar casting cavity, said jaw means having open and closed positions, of means on the mold and slidable lengthwise of the mold for opening said jaw means.

closed, and means positioned away from the ends 7 of the casting cavity and in proximity to the bottom of the mold and operated by the axial movement of the'mold wheel to move said jaw means positively from closed-position to open position.

" "11. In combination, a mold wheel adapted to a casting mold for use thereon and comprising jaw x 5 deredoperative bythe= turning nvement oithe lg -"andmeans indepi-zndent ofsaid-dosing means for -70 frame and operable outside the normal confines and adapted to be opened and closed, means inturn and tomove axiallm a'mold adapted for use-'- -tereonneoting -said awsmembersw for' ope11ating on saidinold-wheel and havingjaw means form-' one of said members with-'the openation oi the inga casting oa-vity;said jawmeans having open "other member; and-"means for locking said jaw and dosed positions, and-meanS Cari-ied' bythe' member in closed"positione-positively and indemold and D "Out' Ohthe 19 "pendentiy of the'c'onn'eetinameanst-between said' 8 oastingeavity'formoving sai 381W means-from ja m mb rs, -p i i n to p n" position l y-the "axi 1n combination;aniold body havinga jaw --movement'of s'aid inoldwheel. 1 member mine one-side of a t-ype -bar e'asting 12; In combinationga mold wheel adopted t cavityga jaw =n1einber formin g the'zother' -side of 'turmand toamove'azii-allyga moldfor use on -r'aid m g e m v tgx'openifiandi' 85 A mold-w11ee1-and hav g-jawfi p Ted-positions; said '-movab'1e =jaw-= member'- havopened-rand=closed, means operated.- by turnin an-arm'extending--generally transversely of movement of the mold-wheel iormoving lid. the'plane of heeasting'cavity,-'and amember wjaw means into o1osed position, :and means tapere f p.m vjngi $a;1d:m0

ated by=axial movementof the mold eel fonam gwaid"jBJW B J S -i ing withflsaid arm to loek said-m0vable -jaw I i 13 In*ooinbinationsamold wheel adapted to p I iyovaeei m'embers forming a casting -eavity; means rendrired operative by "the turnin a movement of the 1 mold: wheel for J closing both on esaidv jaw m einbers,;and 1neans-operated by axial more of the mold wheel for locking both saidqaw members in closed-position. v

l4. Iii-combination, mold wheel adapted to c avity,a-jaw m'ember forming the other side of" 95 -said-castingcavity movable to openand closedpositions; said' niovabl'e-jaw member'fhaving an "arzn extending'generally transversely of-the plane of the-basting cavity,erlookingabut-ment -onarm, andalocking member enema-11116 A and out of-looking'engagemenWwithsaid abut- 1 turn and to move axially, a mOid" for: use on said amen? foflsckmg. Said.mvableflawimembepposb mold wheel and having a pair of opposed aw inclosed position rnembers forming a castingl oavity,'means renlncombinationna moqwbodyvhavingiaojaw H I member for. ing'one side of a: type-barCasting a f- 3 51 m f cavityyajawmexnber formin'gmhe'other side of w amt common ii-182L115 ion opening-both Of-Sa1d--J2'W said Easting, avity and-movable to open"'-and members and for looking both jaw members in, Clasedvpositions,fiaidlmvabie. jawam-emberthaw i 1osed position byathe =ai ial-inovement of the anarm extending.vgenemny,transversely of V plane of thecasting'eavity, a"lockingabutiii 15. In ooinbinationa*mold having a o m ment onsaid'arm,alookingmembrslidable into member forming one -sideof a= oastingLCaViWL-S -"andout or lockingengagement with"said"abutbeing'zadaptedi DETOPeDBCVMJ-d *"mentforlooking;said movable'jaw member posi- *anwmeansfop"chasing said'jjam/membery tively in closed position; and"cooperating-inclined surfaces on said loekingmember an'd"said arrri for movingsaid movablejaw member tn open p0- "sition' by means of saiddocking member.

24'. In eombinationtamoidibodyi'a jawmember v 'forming'one side offa' typebarcasting'e'avity"and cl/able ijalwmembers, "main'iramei n'iovaole to open and:olosed'iwositions,a'lockine feaniepmeansonone oi -said frames for moving member slidable in s'aid'moldbody' beneaths'aid the jawm'embers toelosed positon an'dmeans on jaw member engageamelwith, samjaw ih't'th'lezothr for: lockingthWJ-avl members in her, and a second looking member'sli'dable in'zsaid slosed""pdsition' mold hody nen'eathsaid first. looking" memberfor 43 r: 17: Combination having 9 looking saidfirstmemb'er in raisedp'osition'and' forming a typebap' casting Y flsaid' jawmemh'er in closed positionthrough'said adapted to be ope'nedand olosed of means'for membei: ='-closing -said jawmeans, and means independent I cbmbmationyqa b d e mam ofsa-id'closing meansandcarriedby and ber'iormingoneside of atype'bareasting'cavity L e p iiithei'mold F'QsitivelylOcliing Said and movable to open and olosedz'positions; a lock fl a 'ififilosedpofiifiml 'ing'nin slidable in said mold :body'beneath" said A; ln' ooinbinatlon, a; mold vl'heerf, 3) Tfiold fieznber andengageabl p f0]?'llsfltherefil'lhfid "havinaiaw means ber, and'alooking' memberlelidable in saidlniold fadap'td l d d-"" V1536 mei .hodyibeneath; said pin" for looking said' pin. in co means independent of-said=vise=fra2ne foir'elosing raised posifign Said jaw member n Clo-53d 3.; a l w means, and means Operated by -r-siaennimuga saidpin, said' locking'bolt"being on 'said-vise framefor looking said jaw means'formed to" release s'ai'd"pin in" anothernposition pcsitively in dosed position of said member whereby said jaw member is re- In combination, 3, wheel, a type slug lgased mgven ent to open position 26. In combination, a mold body, an outer mold-L ii part'having a casting jaw forming the upper side of a casting cavity and movable to open and closed positions, a lower casting jaw forming the lower side of the casting cavity, a pair of arms on the outer mold part and slidable on the ."llil mold body, means interconnecting the outer mold part and said lower casting jaw for opening and closing the lower jaw with the opening and closing movement of the outer mold part, a pair of jaw opening and locking members cooperablelf locking said lower closed position.

i6z In oombination, a -niold wheel, a mold adapted fore use thereon and having relatively jaw member positively in means movable into open and closed positions, a standard mold adapted for use on said mold wheel, a vise frame, means for looking" said jaw means in closed position, and means on said vise of the standard mold for operating said locking means. I

20. In combination, a mold having upper and lower jaw members forming a casting cavity lnemoer toepen -position 'and interlock V with said arms for opening said jaws and for locking the outer mold part in closed position, and means slidable in the mold body beneath said lower jaw and cooperable with said jaw opening and locking members for locking said lower jaw in closed position.

27. In combination, a mold body, an outer mold part having a casting jaw forming the upper side of a casting cavity and movable to open and closed positions, a lower casting jaw forming the lower side of the casting cavity, a pair of arms on the outer mold part and slidable on the mold body, means interconnecting the outer mold part and said lowercasting jaw for opening and closing the lower jaw with the opening and closing movement" of the outer mold part, a pair of jaw opening and locking members cooperable with said arms for opening said jaws and for locking the outer mold part in closed position, and means slidable in the mold body beneath said lower jaw and cooperable with said jaw opening and locking members for locking said lower jaw in closed position, said last means comprising a pair of pin members engageable at their upper ends with said lower jaw and at their lower ends with said jaw opening and locking members, said jaw open 1 ing and locking members having recesses positioned to receive the lower ends of said pins when said jaw opening and locking members are disposed with said jaw member in open position.

28. In combination, a vise frame, a mold having jaw means forming a casting cavity, a downward extension at the bottom of the mold, said extension having a recess and a jaw opening and locking member slidable in the mold and having a depending arm operable in said recess, said arm being adapted to be actuated by an abutment on the vise frame for operating said jaw open ing and locking member.

29. In combination, a mold body, an outer mold part movable to open and closed positions and having a pair of arms slidable on said body, shoulders on said arms, and stop pins secured to the mold body within the confines thereof and engageable with said shoulders for limiting the closing movement of said outer mold part.

30. In combination, a mold wheel adapted-for turning movement, a mold attached to said mold wheel and having jaw means forming a type bar casting cavity, said jaw means being movable to open and closed positions, a vise frame, means at one side of the mold and cooperable with an abutment on the vise frame for opening said jaw means, means at the other side of the mold and cooperable with an abutment on the vise frame for locking said jaw means closed, and means renderedoperative by turning movement of the mold wheel for closing said jaw means.

31. In a mold for type line casting machines, the combination of jaw means forming the sides of a casting cavity and adapted to be opened and closed, and a linerforming the end of thecasting cavity, said liner being split adjacent the end of the casting cavity and having means thereon for supporting the end of a type bar cast in said cavity and guiding the bar from the cavity when said jaw means is opened.

32. In a mold for type line casting machines, the combination of a jaw member forming one side of the casting cavity, a liner cooperating with the end of said jaw member and closing the end of said cavity, saidliner being split adjacent its cavity closing end and along the adjacent end of the jaw member, and means rigidly securing said liner to the mold.

33. In a mold for type line casting machines,

the combination of a pair of liners forming the ends of a casting cavity, a pair of jaw members movable between said liners and forming the sides of said cavity, one of said liners being split adjacent said cavity closing end and along the adjacent end of one of said jaw members, the other liner being split adjacent its cavity closing end and along the adjacent end of the other jaw member, and means rigidly securing said liners to the mold.

34. A liner comprising a block havinga side adapted for closing the end of a casting cavity, said block being split adjacent said side to free the same.

35. A liner comprising a block split adjacent its inner vertical side by a cut extending from one of the horizontal sides of the block and into proximity to but short of the other horizontal side of the block.

36. A liner comprising a block split adjacent its inner vertical side by a cut extending from one of the horizontal sides of the block and into proximity to but short of the other horizontal side of the block, the inner end of said out .terminating in an enlarged opening and said block having openings for rigidly attaching the block to a mold.

3'7. In combination, a mold part, a jaw member removably carried by said mold part and having a casting surface forming one side of a casting cavity,said mold part having a dove-tail groove formed therein and extending lengthwise of the mold, and a dove-tail tongue on said removable jaw member fitting in said groove and HARLEY J. MEGLEY. 

